Engineered for use in greenhouses, nurseries and landscape applications, NGE pressure compensating emitters apply water and nutrients directly to individual plants.
The self-flushing diaphragm prevents debris build up to provide precision distribution of water and nutrients, promote even crop growth and maximise irrigation efficiency.
NGE-AL anti-leak emitters provide uniform flow over long runs, reduce drainage caused by varying elevations and prevent the risk of debris “suck-back” on system shutdown (not listed).
Pressure Compensating
Highly accurate and uniform distribution of water and nutrients over long run lengths and varying elevations.
Self-flushing
The semi-circle inlet filter and wide turbulent flow path provide superior clog resistance by preventing large debris from entering the emitter. Smaller particles exit the emitter during the self-flushing cycle and on shutdown to prevent debris build-up.
Durability
Manufactured with UV and acid resistant high-grade materials providing superior protection against chemical degradation for long field life.
Engineered for use in greenhouses, nurseries and landscape applications, NGE pressure compensating emitters apply water and nutrients directly to individual plants.
The self-flushing diaphragm prevents debris build up to provide precision distribution of water and nutrients, promote even crop growth and maximise irrigation efficiency.
NGE-AL anti-leak emitters provide uniform flow over long runs, reduce drainage caused by varying elevations and prevent the risk of debris “suck-back” on system shutdown (not listed).
Pressure Compensating
Highly accurate and uniform distribution of water and nutrients over long run lengths and varying elevations.
Self-flushing
The semi-circle inlet filter and wide turbulent flow path provide superior clog resistance by preventing large debris from entering the emitter. Smaller particles exit the emitter during the self-flushing cycle and on shutdown to prevent debris build-up.
Durability
Manufactured with UV and acid resistant high-grade materials providing superior protection against chemical degradation for long field life.